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This article introduces a new paper from DeepSeek that proposes a programming paradigm for spatiotemporal composability, addressing dynamic composability challenges in self-evolving agents.
This paper formalizes a programming paradigm for spatiotemporal composability by unifying effects and coeffects, enabling dynamic component composition through the Cordis meta-framework.
Introduces 'Program-as-Weights', a new programming paradigm designed for fuzzy functions, shared by @_akhaliq.
Channel AI founder Luke Orthwine proposes a new software development methodology: shifting programming thinking from traditional chess-like single-threaded linear thinking to real-time strategy game (RTS) style high concurrency, macro scheduling, and saturation attack to achieve efficient development in the AI Agent era.
Cordis is a meta-framework for spatiotemporal composability in programming, based on a research paper and currently under active development with an unstable API.